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The cube is made using MakerBeam. It now holds pictures of MakerBeam items and projects. Stefan is planning to attend the MakerFaire in Vienna in early May.

The rotation platform is custom 3D printed and runs slow. The rotation platform is powered by battery or external power source. It can be used for other things since the cubeholder itself is magnetic mounted.

In the previous post the Light Box was shown. The feet on the light box were different from the feet we sell. It turns out that Stefan made the feet himself.

Light Box

Stefan sent us the pictures of his Light Box (link to post webshop blog). The feet on the light box were different from the feet we sell. Stefan had actually designed and 3D printed new feet himself. The feet are a bit wider and higher. He needed more space from the bottom to fit the planned additional lighting. The extra is light is set to be mounted outside the box to shine into the cube from the bottom upward. See pictures of the special designed feet below.

Feet of Light Box in detail

He also made a photo cube which should rotate (driven by a small motor). Therefore he also created a special holder. See the first picture of the prototype below as well.

Cube holder

Stefan is planning to be present at the Maker Faire in Vienna. He wants to show all his work and all MakerBeam parts at this faire. The Maker Faire in Vienna (Austria) is scheduld for May 5 and 6. Here is a link to the Maker Faire Vienna website.

A new product is available! It is the right angle bracket pictured below. To see the product in our webshop click here or on the picture.

Right angle bracket (b90p12ra) for MakerBeam and OpenBeam

The introduction of a new bracket is a good start for the new year we thought. This right angle bracket is very similar to the 90 degree bracket. It’s right angle shape however gives the opportunity to connect the beams crosswise. And with beams we mean both OpenBeam and MakerBeam beams! This fastener is suited for both. Below are a few more pictures.

Left: right angle bracket. Right: 90 degree bracketsA cross connection of the beams is possible.A cross connection can be made with both OpenBeam and MakerBeamThe right angle bracket is suited for both OpenBeam and MakerBeam.

The MakerBeam knee joint video shown here is the first in a series of cSprings videos Sean Reynolds put online. A project page is to come but in the mean time you can find a couple of videos under his YouTube channel.

httpv://youtu.be/EPOEfrlR3uI

You should definitely see the other videos as well. They are great and very interesting. We of course love them because of the use of MakerBeam! I chose this video because at first glance it shows a simple setup.

It is a good example of MakerBeam as rapid prototyping tool. The added equipment, like the spring and hinges, make it clear you can add lots of things yourself. In the video an Arduino processor is driving the best servo on the market with a 5-20 lbs spring for flexability on the MakerBeam skeleton. MakerBeam provides the basics and you can build from there.

We are about to ship out our second demo kit for educational use. We want to thank hogeschool InHolland Alkmaar (university of applied sciences) for ordering one. We hope that MakerBeam will meet their expectations!

Of course we have been tinkering with MakerBeam ourselves. What we noticed is that preparation will speed up the building process. It is so much easier to first prepare some brackets. The next step then becomes real easy. You just slide the beams into place.

We just shipped our first demo kit for educational use. We want to thank hogeschool Zeeland (university of applied sciences) for ordering one. They want to see whether MakerBeam suits their course ‘Engineering, Design and Innovation‘. To see if the beams will be just the right addition to their newly started course they want to tinker with our aluminum T-slotted beams . We hope MakerBeam is just their thing!